CP01: High Performance Parallel and Cluster Computing for Computational Electronmagetics
Junwei Lu, Seppo Saario, and Andrew Lew Griffith University, AustraliaCP02: A Meta-Object Protocol for Environmental Adaptation in a Metacomputer
Darren Webb and Andrew L. Wendelborn University of Adelaide, AustraliaCP03: Monitoring Architecture for Grid Computing Environment by Coupling System
Dong-Woo Lee and R. S. Ramakrishna Parallel Computing & Computer Graphics Lab., K-JIST, KoreaCP04: The Kluster-II project
Andreas Boklund and Fredrik Larsson University of Trollhattan, SwedenCP05: Cycle-stealing using Microsoft's .NET Remoting Framework
Wayne Kelly and Paul Roe Queensland University of Technology, AustraliaCP06: Hierarchical, Container-Based Grid Resource Management
Peter Graham, Muthucumaru Maheswaran, and Rasit Eskicioglu University of Manitoba, CanadaCP07: A Threaded-based Multicomputer Tool for Grids
Bernardo Aldea V., and Fernando R. Rannou Universidad de Santiago de ChileCP08: OSCAR: Open Source Cluster Application Resources
Michael J. Brim, and Stephen L. Scott Oak Ridge National Lab, USACP09: Implmentation of Diskless Cluster Systems
Kwangho Cha, Sangog Na, and Chansu Yu Information and Communication University, KoreaCP10: Virtual Private Grid (VPG): A Command Shell for Utilizing Remote Machines Efficiently
Kenji Kaneda, Kenjiro Taura, and Akinori Yonezawa University of Tokyo, JapanCP11: GeReDiF: Using XML as a Structured Data Format in Grid Applications
Bita Gorji-Ara, Mohammad Hossein Reshadi and Mehdi Fakhraii University of Tehran, IranCP12: Uniform Network Description Format
Srigurunath Ecap Chakravarthi, C. R. Krishna Kumar, Anthony Skjellum, and Bruce Wooley MPI Software Technology Private Limited, IndiaCP13: MPI/Pro in Grid Settings
Anthony Skjellum, Rossen Dimitrov, and Srigurunath Chakravarthi MPI Software Technology Private Limited, IndiaCP14: Nimrod/G GRID Resource Broker and Computational Economy
David Abramson, Rajkumar Buyya and Jon Giddy Monash University, AustraliaCP15: GridSim: Java-based Modelling and Simulation of Computational Economy-based Scheduling for Grid Computing
Rajkumar Buyya and Manzur Murshed Monash University, AustraliaCP16: Processing Astronomical Data on the Grid in Real Time
S. M. Pickles and J. M. Brooke The University of Manchester, UKCP17: DesignDrug@Home: A Virtual Laboratory for "Molecular Modelling for Drug Design" on Peer-to-Peer Grid
Kim Branson (WEHI) and Rajkumar Buyya (Monash) Structural Biology/Walter and Eliza Hall Institute (WEHI) and Monash University, AustraliaCP18: ActiveSheets: Supercomputing with Spreadsheets
David Abramson (Monash), Toby Chittenden (DSTC), Paul Roe (QUT) Monash University, Australia, DSTC (Distributed Systems Technology Centre), (QUT) Queensland University of Technology